CY22180FSXC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The CY22180FSXC is a low-power, programmable Clock generator/synthesizer. It is used mainly as a clock generator in automotive systems and in various other applications where energy efficiency is important. The device uses a Flexible Synthesis Architecture (FSA) to allow infinite customization of Clocks, throughout a wide range of frequencies, jitter and power. The CY22180FSXC is designed to deliver low jitter, tight frequency accuracy and improved power efficiency in automotive systems and other power-sensitive applications.

The CY22180FSXC incorporates both an oscillator and a synthesizer. The oscillator consists of an on-chip, low-power PLL loop, which can be tuned to output either a low-jitter clock signal, or a stable, low-frequency jitter-free clock signal. The output frequency of the oscillator can be programmed to any desired frequency within the device’s available range. The synthesis block consists of a Phase-Locked Loop (PLL), a Frequency-Locked Loop (FLL), and a Spread Spectrum Clock Generator (SSCG). The PLL and FLL are used to generate high frequency clock signals, while the SSCG is used to reduce EMI. By varying the parameters of these components, the device can generate a wide variety of clock signals.

The CY22180FSXC is designed to be easy to use and configure. It can be programmed using an SPI / SSPI interface, and uses an integrated configuration software to configure the PLL and FLL parameters, as well as the frequency of the output clock signal. The device also provides a separate control port, which can be used to control various features of the device, such as frequency damping, output gating, and spread spectrum on/off settings. The output clock signal can be easily monitored and tested using the integrated monitor/test port.

The device is offered in two main packages, the CY22180FSXC-13 package, which offers a lower-power, integrated solution; and the CY22180FSXC-17 package, which offers a more complex, externally controllable solution. Both packages feature fast switch-on times and excellent power efficiency, allowing them to be used in automotive applications, where power consumption is key. The CY22180FSXC also has fault detection, monitoring and protection features, which are essential for automotive systems and other safety-critical applications.

Overall, the CY22180FSXC is an ideal solution for automotive systems, where it can be used to generate low-jitter, accurate clock signals. The device offers flexiblity in both frequency and power, and can be programmed easily for custom applications. The integrated fault monitoring and protection features make it an excellent choice for safety-critical applications.

The specific data is subject to PDF, and the above content is for reference